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The annual Aurigid Meteor Shower peaks this Thursday, September 1. Though the Aurigids are less flashy than some (the American Meteor Society calls them a “reliable minor shower”), they still put on a show worth watching. That’s especially true since this year’s shower coincides with a waxing crescent moon, meaning moonlight won’t upstage the meteors. Here’s everything you need to know to catch the Aurigids in action.

When to see the Aurigid Meteor Shower

The Aurigids pelt our atmosphere with bits of burning rock and dust about this time every year. This year’s Aurigid shower started on August 28 and will continue until September 4 or 5, but the real show happens at the meteor shower’s peak, on September 1.

He Great Drought and Deluge is upon much of the world. These are no longer once-in-a-thousand-year events.


In one video, she runs through a field of lavender and spins around in a lilac dress. It was the beloved family dog, a chubby pug named Ben, who showed her how to twirl in circles.

“Is it possible to fall in love again and again?” her mother wrote under a photo just weeks before Liza was killed. — Jennifer Hassan

Read more: A 4-year-old killed in her stroller shows horrific toll of Russia’s war.

Max Planck of Quantum Optics.

Quantum entanglement, famously described by Albery Einstein as “spooky action at a distance” is a phenomenon where particles become intertwined in such a way that they cease to exist individually, and changing the specific property of one results in an instant change of its partner, even if it is far away.

Whether you’re thinking about the future of Mars and how to send humans there, or trying to understand its past and see how the planet became the way it is today, one particular feature is crucially important: water. Scientists know that there was once abundant water on Mars, but over time this evaporated away and left the planet a dry husk, with little to no liquid water on its surface today. But that water has left indications in the geology of the planet, and now the European Space Agency (ESA) has shared a water map of Mars that traces the planet’s history and points to potential resources for future missions.

The map uses data collected by two different Mars orbiters, ESA’s Mars Express and NASA’s Mars Reconnaissance Orbiter. Spectrometers on each of the orbiters have been collecting information on the location of what is called aqueous minerals, meaning rocks that have interacted with water in the past and which have formed minerals such as clays.

The map shows not only the locations of these minerals but also how abundant they are. And one of the biggest findings is that these minerals aren’t rare — in fact, there are hundreds of thousands of patches of minerals across the planet.